Time Based Solar Tracking System Using IOT

The degradation of fossil fuels and the increase in the population creates the plenty of load demand. The balance between electricity generation and load demand is achieved by interconnection of regenerative energy resources. The most plentiful and pure type of renewable energy is photon energy that may gotten from the Sun. This energy is converted by solar panels to produce electric power, which is useful for a variety of electrical uses, especially in rural locations. When employing a standstill solar panel construction, maximum solar power may only be produced for brief periods of time when the Sun is vertical to the panel. Many solar energy tracing systems have been created and suggested throughout the years, and some of them have been examined in the literature. A light dependent resistor (LDR) based solar tracing system fails in tracking solar energy as it have slow response and it may have struggle to track solar energy in cloudy conditions. MPPT based solar tracking system implementation is cost effective and more complexity. In this paper an intelligent process-based design known as time based solar tracing system with IoT is suggested and designed in order to boost the power output regardless of weather and environmental circumstances.